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I527-290 ESRIF Final Report (WEB).indd - European Commission

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134<br />

The interlinkages between these knowledge and competence domains are outlined in Figure 1. The need to understand<br />

consequence vs. risk orientation as a continuum of perspectives outlined above should be seen as a cross-cutting focus area<br />

involving all the above domains.<br />

5.6 Research needs and priorities<br />

This section explains the research needs and priorities related to strategic foresight and risk analysis. These needs are based on<br />

the knowledge and competence gaps identifi ed above and are discussed under the interrelated 6 sub-categories presented<br />

in fi gure 1.<br />

Understanding and modelling complex inter-dependencies.<br />

Security problems typically have complex interdependencies, inducing big risks for unintended consequences. This needs to<br />

be considered in decision-making.<br />

Many approaches to modelling complex inter-dependencies exist but a lack of consolidation and knowledge accumulation<br />

leads to a tendency of reinventing the wheel.<br />

There is need for systematic evaluation of approaches leading to consolidation of methods to model complexity<br />

and interdependencies between sectors and synergies between security measures incl. risks for counterproductive<br />

effects.<br />

A key aspect is the methods’ ability to support eff ective interfacing with decision-makers<br />

and experts.<br />

Systematic risk monitoring and assessment method.<br />

There is limited ability to recognise ’weak signals’, either with respect to emerging risks or with respect to possible solutions/<br />

technologies; to identify early on potential areas of confl ict and problems; as well as for dealing with them on the public<br />

agenda. Progress can be made by improving<br />

Monitoring and early warning of potential security problems and solutions (‘technology watch’)<br />

The robustness of methods and tools for risk monitoring and assessment<br />

The understanding of the use of intelligence in the operation of security solutions; and<br />

This may be supported at a more technical level by development of multilingual semantic analysis<br />

systems<br />

Prioritising security investments.<br />

Security analysis requires the simultaneous application of all the ‘current capabilities’ (i.e. tools for projecting both i) potential<br />

uncertainty related to alternative futures and ii) current insecurities likely to prevail in the future, to the present day investment<br />

decisions). This requires<br />

Development of architecture (methods and approaches) for prioritising security investments<br />

New key capabilities bridging extant ones<br />

Human factors/user interface issues<br />

Case-oriented empirical research on decision-making in the face of insecurity<br />

<strong>ESRIF</strong> FINAL REPORT - PART 2 • Working Group: Foresight and Scenarios

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